会议专题

Evolution Knowledge Discovering and Information Modeling in Emergency Decision-making for Significant Natural Disasters

With the features of unobvious auspice, outburst, potential derivative hazard, significant natural disasters have great harm to the nature, society and ecological environment. To construct a comprehensive management system for them, information processing and evolution knowledge discovering is the basic and key issue, and emergency reaction is the core issue for the natural disaster prevention. First of all, theoretic mechanism of significant natural disasters was studied, which explained clearly the generating and evolution laws, the structuring basis and boundary limit, and the spatial & temporal pattern of significant natural disasters in China. Secondly, regional monitoring & warning system was designed and realized, including monitoring sites for earthquake, forest fire, diseases, and ice-snow disasters, and the multisource of data collected from monitoring system was integrated and fussed into comprehensive data house. Thirdly, discovering method for semi-structural or non-structural evolving knowledge of significant natural disasters was set up and practiced, and variety of mathematic models were built and then be used in situation simulation of the instances, taking earthquake disaster as an example. Fourthly, multiaim and group decision making modeling in emergency reaction was researched and the balancing strategy was defined, taking ice-snow disaster as an example.

Significant natural disaster evolving knowledge discover information modeling situation simulation emergency decision making

QI Qingwen ZHANG An JIANG Lili

State Key Laboratory of Resources and Environmental Information System,Institute of Geographical Sciences and Natural Resources Research,Chinese Academy of Sciences,Beijing,China,100101 Laboratory of Agriculture GIS and Visualization,Informationization Center of China New Countryside,Chinese Academy of Sciences,Beijing,100101

国际会议

2011 International Symposium on Geospatial Information Technology & Disaster Prevention and Reduction(2011地球空间信息与防灾减灾国际学术研讨会)

成都

英文

227-235

2011-05-13(万方平台首次上网日期,不代表论文的发表时间)